Sunday, February 24, 2013

Why Do My Hips Hurt When I Squat? Femoral Acetabular Impingement Part 1

Have you or your loved ones ever had a pinching feeling at the bottom part of your squat?  Does it kind of feels like it's deep in your groin?  Do you really have to warm-up a lot to make it go away?  If so call...

Seriously though if you have this feeling you might have some type of impingement going on in your hip known as femoral acetabular impingement (FAI).  
This is a common problem in young athletes and is often misdiagnosed (1).  It can eventually cause a more serious condition known as a labral tear of the hip.  Research shows us that patients visit on average 3.3 healthcare providers over a period of 21 months before being correctly diagnosed with a labral tear (2).

Here's the deal.  Your hip is a ball and socket joint.  The head of the femur (long bone in your thigh) comes to a head and fits into a socket called the acetabulum. The acetabulum is part of your pelvis, a bone that sits between the hips and attaches to the base of your spine. (3).

At the bottom position of the squat we can sometimes get the head of the femur (ball portion) to butt up against the acetabulum (socket).  This can be pretty uncomfortable to say the least.

Unfortunately, you've got a structure that encapsules the hip joint known as the labrum.  The labrum can become trapped between the femoral head and acetabulum and become "impinged" during a deep squat.  Some individuals can get this same impingement during other activities like running and jumping.  This is the phenomenon known as femoral acetabular impingement (FAI) and in the long run it can lead to labral tears in the hip.  There are a few good clinical tests to see whether or not you've got this problem (4).

FABER and FADIR tests

If these tests reproduce the same pain you've been getting in your hip, you might have some impingement going on.

Notice how similar this position is to a squat gone bad...

Unfortunately this pinching is sometimes the result of a boney abnormality that can't be corrected easily.  The two types of deformities are CAM deformities, Pincer deformities or a combination of both (Mixed) (1).

Cam deformity: This boney deformity is from the femoral head (ball).

Pincer deformity: This boney deformity is from the acetabulum (socket).

As you can see from the images, having these boney deformities is really going to increase the amount of impingement we get when doing something like a deep squat.  In fact, those with these deformities have limited pelvic and hip motion during squats when compared to normal hips (5)

The way we can rule these conditions out is with an X-ray.  If you've got symptoms of femoral acetabular impingement( FAI) it would be wise to consult your physician to see if you've got one of these boney abnormalities.  On top of that, having these boney deformities and a subsequent flexibility limitation at the hip (internal rotation deficit) can lead to pain in the lower back (6) and at the pubic symphysis (7), more reason to go see your doc.

The issue with having chronic femoral acetabular impingement is that over time this can lead to a labral tear.  Once your labrum is torn we can only repair it through surgery.  What do you think that means for you if you continue to push through your pain?

An interesting dilemma: What came first, the chicken or the egg?

Bones in our body grow when they are stressed.  This phenomenon is known as Wolf's Law.  This means that if I chronically put pressure on my bones they will become stronger and more dense.  It also means that if I put an abnormal stress on my bones I can grow some bone in a place that isn't meant to have any bone.

The question to ask is whether or not people are born with a boney abnormality of the hip or they develop a boney abnormality because they are chronically stressing an area and as a result develop a boney abnormality.  ie:  If you keep impinging your hip, your hip might grow some bone in the area where it is getting stressed.

What I mean by that is that if we chronically move in a way that promotes impingement of the hip, our body could respond by growing one of these pincer or cam deformities.

We might not be born with these boney problems, we may be creating them.  So it is of the utmost importance to take care of these issues as they come up because we may be developing permanent boney abnormalities by continuing to exercise with pain and discomfort.

In part two we'll discuss some fixes to these problems and some modifications for athletes who have pinchy hips when they squat.

Until next week try some box squats,

Dan

P.S. If you enjoyed this article then head over to www.fitnesspainfree.com and sign up for the newsletter to keep up to date with new information as it comes out and exclusive deals and offers from new products and offers from yours truly.  

References:

1. Roling MA., Pilot P, Krekel PR, & Bloem RM, (2012). Femoroacetabular impingement: frequently missed in patients with chronic groin pain. Ned Tijdschr Geneeskd51(156), Retrieved from http://www.ncbi.nlm.nih.gov/pubmed/23249508

2. Burnett RS, Della Rocca GJ, Prather H, et al. Clinical presentation of patients
with tears of the acetabular labrum. J Bone Joint Surg Am 2006;88:1448–57.

3. Behnke, R. S. (2006). Kinetic anatomy. (2 ed., pp. 35-56). Champaigne, IL: Human Kinetics.

4.  Reiman, MP, et al. Diagnostic accuracy of clinical tests of the hip: systematic review with meta-­analysis. Br Sports Med. 2012

5. Lamontagne M, Kennedy MJ, Beaule PE. The effect of cam
FAI on hip and pelvic motion during maximum squat. Clin Orthop
Relat Res. Mar 2009;467(3):645-650.

6. Reiman MP, Weisbach PC, Glynn PE. The hips influence on low back pain: distal link to proximal problem. Sport Rehabil. 2009;18(1):24-­‐32.

7. Verrall GM, Hamilton IA, Slavotinek JP, et al. Hip joint range of motion reduction in sports-related chronic groin injury diagnosed as pubic bone stress injury. J Sci Med Sport. Mar 2005;8(1):77-84.

Thursday, February 21, 2013

Best Around the Web #2 ACL, Knee Pain, Ankle Mobility

Love me some drop vertical jump testing.

We all know that landing from a jump poorly can lead to ACL injuries but we're also finding out that it can lead to good old knee pain (Patellar tendinopathy).  I feel like I've been talking about this ad nauseum.

While we're on the topic of ACLs it appears that females still have poor landing and movement mechanics at the knee even after they return to their sport.  Anyone else smell another ACL injury?

So why are females showing poor landing mechanics?  Here's some food for thought:

Nordic Hamstring curls anyone?

While we're on the topic of the knee:

The above study used trained professionals in order to mobilize the subjects ankles:

Want more ankle mobility, I love Chris Johnson's stuff.

That's it for now!

Dan

P.S. If you love exercise and fitness and don’t want to give it up just because you have a few aches and pains then sign up for the newsletter at www.fitnesspainfree.com on the top right hand side of the page.  You’ll learn how you can continue to have your fitness pain free by staying up to date with new content as it comes out.

Sunday, February 17, 2013

Why Maxing Out on Lifts Constantly is a Great Way to Get Hurt Fast

I'm a big proponent of lifting heavy stuff.  It's right up there with eating, sleeping and breathing for me.  Hitting a heavy workout and then going home to feast and fall asleep in food induced coma is about one of my favorite past times.

That being said, you'd think I max out with my lifting all the time.  Well, not so fast.  We know that we need to make progress from session to session but that doesn't always mean you've got to hit a new 1 rep max every time you lift. Sure, we need progressive overload (nerdy term for continuously using heavier weights over time).  That's important.  Patiently increasing weight by small increments every week, diligently working on your accessory lifts  and perfecting technique is what training is all about.   What I'm not a proponent of (but have been guilty of) is frequently maxing out your lifts at the mercy of your exercise technique and subsequent joint health.

Most powerlifters and strongmen I know (with deadlifts over 700lbs) very rarely max out.  They'll save it for a meet or competition.  It's like a holy event for them.  The moons have to be aligned, the evening breeze must be cool but comforting and the lift must be completed at the stroke of midnight.  Well, maybe not that specific, but you get the idea.

I personally max out on my biggest lifts about 1-2 times per year.  Once you build some experience lifting, it becomes daunting to max out.  It's also incredibly stressful on the body and mind.

My biggest issue with maxing out all of the time is that usually when we hit our limit with lifting, our form begins to fall apart.  Like I've said before, once your technique goes down the toilet you're opening yourself up for injury and becoming less efficient, two bad things.  I recently squatted 400lbs and it looked pretty crappy actually:

The weight came forward, the stress on my lower back went through the roof and quite frankly, I almost pooped myself.  Look at the set right before at 380lbs.

I smoked that weight.  It felt light, speed was good and I held my technique together.  This is what my reps should look like on a regular basis.

What happens if I chase big maxes week in and week out?  I'm fairly certain it will end with a lot of pain and a potential trip to the orthopedic surgeon.  This mentality can lead to have surgery.   The subsequent rehab for up to a year afterward is rarely the most efficient way to reach your training goals.

The problem I see is that a lot of beginners go out there chasing big jumps in their lifts and max out from week to week.  Their heart and courage is admirable, don't get me wrong.  If we keep this habit up we're just developing poor habits and asking for injuries.

Take away points:

  1. Make technique a priority:
  2. Have patience: Big time strength is built over a lifetime of training.  If you show discipline and patience, it will come.
  3. Max Out Less Often: 3-4 times per year for newer lifters and 1-2 times per year for the most advanced.
  4. Utilize other ways to get stronger: Rep Work, Singles above 90% of your 1 rep max and speed work are all great ways to improve your strength

Excuse my while I go deadlift,

Dan Pope

P.S. Like crossfit?  Want to be good at it and not get hurt?  Go to www.fitnesspainfree.com and sign up for the newsletter at the top right hand side of the page to get a 12 step guide to pain free performance to learn how to do it.  You'll also stay up to date on the newest content as it comes out with a weekly newsletter.

Thursday, February 7, 2013

Best From Around the Web #1

1. Evidence Based Training tips by Chris Beardsley - Always excellent info, especially interesting this week.

  • Stretching and strength and size gains
  • Best warm-up for performance
  • What difference in muscle activity is there between a deep squat and a shallow squat

2. Does a forefoot strike pattern (barefoot running) reduce injury? by the sports physiotherapist - Great new website I found.

  • Benefits of barefoot style running (includes pose/chi/evolution running)
  • This style of running for treating shin splints
  • What the research says (or doesn't say) about injury prevention

3. Strength Training Consideration for those with Patello-femoral Pain Syndrome by John Snyder

  • Evidence based article overviewing how to effectively treat PFPS (anterior knee pain)
  • Should we train the quads?
  • What range should we train in? ie: Should we use a full range of motion in squat/lunge exercises?
  • Should we target the VMO?

Enjoy it, I know I did,

Dan Pope - www.fitnesspainfree.com

P.S. If you’re enjoying this content and wish to stay up to date with the newest content as it comes out as well as receive exclusive deals and offers then head over to www.fitnesspainfree.com and sign up for the newsletter at the top right hand side of the page.  You’ll receive a free guide, “12 Idiot Proof Principles to Crossfit Performance and Injury Prevention” to boot.

Sunday, February 3, 2013

Why is Overhead Press Destroying my Lower Back

If you guys have been following this site for any length of time you know that I'm a huge fan of cleaning up your technique on all of your lifts.  It will do just about everything from making you a more efficient athlete and reducing your risk of injury to filling in your bald spot on the top of your head.

I think that most coaches and athletes understand the idea of keeping your spine in a neutral position and moving from your hips during exercises like squats, deadlifts and olympic lifts.  I know I run around like a madman at class screaming back flat!

Taken from eorthopod.com

The flip side of the coin is keeping your lower back in a stable position as we press overhead, perform pushups and work on toes to bar.  When I was competing more often in strongman I'd see a lot of athletes with something called spondylolisthesis.  Sounds bad right?  Well it is.  As you can see in the picture you've got a slippage of your vertebrae forward on the vertebrae below it.

Unfortunately you've got something important called your spinal cord that sits inside of your spinal canal and it can be pressed upon when you've got this condition.  Bad news bears to say the least.

Taken from nismat.org

How do we get it?  Overextension.  It's a common injury in gymnasts because they are constantly hyperextending their lumbar spine (lower back) as part of the demands of the sport.  Basically the spine is being bent backwards too far. It's not just spondylolisthesis that is problematic though.  Overextension of the lumbar spine can cause plenty of pain and damage to the lower back (facet joint damage, spondylolysis, spondylosis, arthritis etc. etc.) without actually causing the more severe spondylolisthesis.

Why is this a problem in crossfit and overhead pressing athletes?  Well, you can easily get overextension in your lumbar spine during things like overhead press, handstand pushups and as seen to the right, kettlebell swings overhead.

Well why does this happen?

  1. Poor thoracic Spine and Shoulder Mobility
  2. Poor core stability
  3. The weight's too damn heavy.

Next week we'll go over strategies to fix this.  Until then don't go out there and destroy your lower back in the meanwhile!

Love and Push Press,

Dan

www.fitnesspainfree.com